Eastern Skies Airlines has three flights that depart from New York City and arrive in Chicago every day. The three flights are as follows:

$$\begin{array}{ccc} \text { Flight Number } & \text { Flight Departure Time } & \text { Flight Frequency } \\ \hline 57 & 8: 00 \mathrm{AM} & 7 \text { days per week } \\ 85 & 10: 00 \mathrm{AM} & 7 \text { days per week } \\ 94 & 11: 30 \mathrm{AM} & 7 \text { days per week } \end{array}$$

Each flight uses a jet with a capacity of 180 seats. The airline measures the utilization of the aircraft by passenger load. Passenger load is the number of seats sold divided by the number of available seats on a flight for a time period. The following operating data are available for June:

$$\begin{aligned} &\begin{array}{c} \text { Flight Number}& \text {Number of Seats Sold }\\ 57 & 5,130 \\ 85 & 2,592 \\ 94 & 2,376 \end{array} \end{aligned}$$

A. Determine the available seat capacity for each flight number for June.

Draw two lines under each action verb. Write $T$ in the blank if the verb is transitive and $I$ if it is intransitive.

The trolley car rattled noisily along the busy street in front of the stores.

Maddie scored 3 goals, 2 goals, and 4 goals during her last three soccer games. How can you find the mean, or average, number of goals Maddie scored?

In one season, Tyra made 4 times as many goals as Kailey. Kailey made 9 fewer goals than Tyra. How many goals did Tyra make?

What were the goals of progressives, and how did they hope to achieve these goals?

For the following sentence, choose the correct pronoun from those shown in parentheses.

Both of these scientists had (his or her, their) picture taken as (he or she, they) posed together in front of the dinosaur's head.

A hockey goaltender's goals against average A is a function of the number of goals g allowed and the number m of minutes played and is given by the formula

$$A(g, m)=\frac{60 g}{m}$$

a) Determine the goals against the average of a goaltender who allows 35 goals while playing 820 min. Round $A$ to the nearest hundredth.

b) A goaltender gave up 124 goals during the season and had a goals-against average of 3.75. How many minutes did he play? (Round to the nearest integer.)

c) State the domain for $A$.

Choose the letter of the correct answer. A welcome mat on the front porch is a semicircle. The straight side of the mat is 36 inches. What is the perimeter of the mat? A. 92.52 in. B. 64.26 in. C. 56.52 in. D. 28.26 in.

In one season, Naomi made 4 times as many goals as Kennedy. Together, they made 15 goals. How many goals did Naomi make?

Describe the goals of multiplexing.

suppose it is towing four new loads, each with a mass of $2000 \mathrm{~kg}$. Each new load is to be towed the $1 \mathrm{~km}$ distance, but it will tow each load at a different speed. The towing speeds are $10 \mathrm{~m} / \mathrm{s}, 15 \mathrm{~m} / \mathrm{s}, 20 \mathrm{~m} / \mathrm{s}$, and $25 \mathrm{~m} / \mathrm{s}$. Sketch a graph showing how the force the spacecraft applies will vary depending on the speed it must achieve.

A symmetrical cable is used to support a pedestrian walkway between two office buildings as shown. The structure has a span of $L=94\ \mathrm{ft}$; a sag of $h=10\ \mathrm{ft}$; and the walkway itself exerts a uniform external load of $w=150\ \mathrm{lb} / \mathrm{ft}$. Assuming that this load pulls the cable into a parabolic shape, find a. $T_{\min }$ and $T_{\max }$ for the cable. b. Required cable length, $L_C$.

Draw two lines under each action verb. Write $T$ in the blank if the verb is transitive and $I$ if it is intransitive.

The birds ate the cherries off the tree in our front yard.

Give the goals of the SEC.